Not using a li-po battery reduces its life cycle?

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SUMMARY

Storing lithium polymer (LiPo) batteries at approximately 70% capacity is essential to prevent degradation during extended periods of inactivity. It is recommended to maintain a storage voltage of 3.8-3.85V per cell and to check the voltage every few weeks to ensure it does not drop below 3.0V. Optimal storage temperatures range between 5ºC and 27ºC, with lower temperatures being preferable. Utilizing the storage function on chargers after use is best practice for maintaining battery health.

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  • Understanding of lithium polymer battery chemistry
  • Familiarity with battery voltage and State of Charge (SoC)
  • Knowledge of battery storage practices and temperature effects
  • Experience with battery chargers that have a storage function
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  • Research best practices for lithium polymer battery storage
  • Learn about the effects of temperature on battery performance
  • Explore the features of battery chargers with storage functions
  • Investigate the technical details on Battery University regarding battery care
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RC aircraft enthusiasts, hobbyists using lithium polymer batteries, battery care professionals, and anyone interested in optimizing battery longevity and performance.

kolleamm
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If I don't use my lithium polymer batteries for an extended period of time will that damage them?

In that case how often should I charge them to prevent a such degradation?

Thanks in advance
 
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This is a common problem in the RC aircraft community, LiPo batteries are generally recommended to be stored at about 70% of their capacity if they're going to sit unused for an extended period of time. In my experience it's probably ok to store them at full charge for around a week, after that, should store them at the reduced storage voltage.

http://www.dronethusiast.com/ultimate-drone-battery-care/

DroneEnthusiast.com said:
Manufacturers state that when storing lithium polymer batteries for any length of time, we should store them ideally at a temperature of between 5ºC & 27ºC. The lower the temperature the better. The optimum voltage for long-term storage, as already mentioned is 3.8-3.85V per cell. Best practice after a days flying, is to charge them back to storage voltage using the storage function on your charger.
 
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Okay so charge my batteries to 70%, how often would I have to recharge them so their voltage doesn't drop too much assuming they discharge over time? For long term storage.
 
Maybe check their voltage every few weeks and make sure they haven't dropped below safe levels (3.0 V)?
 
You could check Battery University website. It's basically a comprehensive encyclopaedia about battery technology, as the creator is a battery engineer itself working for a company called Cadex.

From what I know, there should not be a
problem as long as store lithium-based batteries above a certain threshold of State of Charge, in this case, 40%. And also according to the article, the lower the temperature you store them at, the higher the % of charge they will recover after a long time of storage.

This is the link, it's a pretty good reading with lots of technical info:

http://batteryuniversity.com/learn/article/how_to_store_batteries
 
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